AbstractData Streaming is a necessary and useful technique to process very large XML documentsbut poses serious algorithmic problems, various approaches and algorithms were implementedto fulfill this purpose. In this article we highlight and categorize the different important worksin this domain. Furthermore, we present the critical parameters which affect the complexityof the streaming algorithms accompanied with examples. In the end, we propose a newapproach for processing XML data streams using intelligent Ordered XPath that account forthese critical parameters
XML has become a standard for document storage and interchange and its convenient syntax improves th...
We have implemented and released the XSQ system for evaluating XPath queries on streaming XML dat...
We present a novel solution to streaming XPath query evaluation, capable of supporting forward and r...
Abstract. We address the embedding existence problem (often referred to as the fil-tering problem) o...
Streaming XPath evaluation algorithms must record a potentially exponential number of pattern matche...
This thesis presents methods for eciently evaluating structural queries over tree-structured data st...
We present an e±cient algorithm for evaluating an XPath query Q (involving only child and descendant...
Existing work on XML query evaluation has either focused on algebraic optimization techniques suitab...
In this paper we address the problem of evaluating XPath queries over streaming XML data. We conside...
Recently, there has been growing interest in streaming XML data. Much of the work on streaming XML d...
We describe a toolkit for highly scalable XML data processing, consisting of two components. The fir...
Many modern applications require processing of massive streams of XML data, creating difficult techn...
AbstractThe important challenge of evaluating XPath queries over XML streams has sparked much intere...
This thesis presents methods for efficiently evaluating structural queries over tree-structured data...
We consider the problem of evaluating a large number of XPath expressions on a stream of XML packets...
XML has become a standard for document storage and interchange and its convenient syntax improves th...
We have implemented and released the XSQ system for evaluating XPath queries on streaming XML dat...
We present a novel solution to streaming XPath query evaluation, capable of supporting forward and r...
Abstract. We address the embedding existence problem (often referred to as the fil-tering problem) o...
Streaming XPath evaluation algorithms must record a potentially exponential number of pattern matche...
This thesis presents methods for eciently evaluating structural queries over tree-structured data st...
We present an e±cient algorithm for evaluating an XPath query Q (involving only child and descendant...
Existing work on XML query evaluation has either focused on algebraic optimization techniques suitab...
In this paper we address the problem of evaluating XPath queries over streaming XML data. We conside...
Recently, there has been growing interest in streaming XML data. Much of the work on streaming XML d...
We describe a toolkit for highly scalable XML data processing, consisting of two components. The fir...
Many modern applications require processing of massive streams of XML data, creating difficult techn...
AbstractThe important challenge of evaluating XPath queries over XML streams has sparked much intere...
This thesis presents methods for efficiently evaluating structural queries over tree-structured data...
We consider the problem of evaluating a large number of XPath expressions on a stream of XML packets...
XML has become a standard for document storage and interchange and its convenient syntax improves th...
We have implemented and released the XSQ system for evaluating XPath queries on streaming XML dat...
We present a novel solution to streaming XPath query evaluation, capable of supporting forward and r...